CO2 lasers work by passing a current through a gas mixture of carbon dioxide, nitrogen, and helium, which excites the atoms and causes them to emit a specific wavelength of infrared light. This light is then amplified and focused through a lens, creating a high-intensity beam that can be used for cutting, welding, and other industrial applications. The beam is typically directed through a set of mirrors and can be adjusted to focus the energy on a specific area. The efficiency of the laser is increased by using a resonator to reflect the light back and forth through the active medium, creating a standing wave pattern.
The Savasto Catheter Laser Bonding Machine provides advantages over traditional bonding methods including adhesive, hot air, and RF due to its superior performance through precise and consistent CO2 laser bonding and welding.
Overall, the use of CO2 laser bonding for catheter manufacturing has many benefits. It allows for the creation of stronger, more precise, and more durable catheters, and is a faster and more efficient method of bonding compared to traditional techniques. As a result, laser bonding is likely to become an increasingly popular method for manufacturing catheters in the future.
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